In partnership with: Disponemos de una amplia gama de Cristales de Seguridad Templados o  Laminados y Filtros Ópticos con la posibilidad de hacerlos a medida e incluir  serigrafía de un marco perimetral o logotipo.  Descripción del Producto  Los cristales de seguridad se pueden combinar con las pantallas ZybridX, es  una opción ideal para entornos que pueden ser vandalizados.  Hay que tener en cuenta que la pantalla Zybrid ya cuenta con un cristal de 3MM  que protege los hilos conductores, por lo que el total de protección anti  vandálica considerando utilizar un cristal de seguridad delantero de hasta 15  MM con lo que la protección total podría llegar a ser de 18 MM.  En caso de utilizar un policarbonato o metacrilato, no debe tener un grosor >  4MM.  Distancia entre el Cristal de Seguridad y la primera parte metálica:  Hay que dejar un mínimo de 3MM en todas las direcciones (3D)  Distancia entre las partes metálicas y el primer botón virtual: >10MM  Lo ideal es que el Cristal de Seguridad o el Policarbonato estén en contacto  físico con la pantalla TFT; en cualquier caso nunca a más de 0,5MM de  distancia.  Si se desea utilizar un Policarbonato hay que tener en cuenta entre otras cosas:  la dificultad de limpiar las huellas que dejan los dedos, el hecho de que es fácil  de quemar, puede afectarle el calor interno de la máquina, su alto nivel de  carga de electricidad estática, y el hecho de que no es un material puro y  difícilmente 100% plano, lo que hace que la calibración y el umbral de  sensibilidad no sea el mismo en todas las zonas de la pantalla táctil.    Propiedades (Texto original en Inglés)   ZYTRONIC OPTICAL FILTERS are used to enhance the readability of all types  of electronic displays by controlling light transmission, reflection and absorption.   The filters can also provide protection of the display from abrasion and damage  from impact thereby extending the life of the display.   Both monolithic and multi-layer composites in glass or polycarbonate or acrylic  are available.   The optical laminations are manufactured by bonding together, under carefully  controlled conditions, two or more glass or plastic materials using proprietary  bonding techniques. ZYTRONIC produces a wide range of OPTICAL FILTERS  which are designed to meet specific customer requirements for view ability of  display, systems in different environmental conditions.   ZYTRONIC OPTICAL FILTERS can incorporate:   - Anti-reflection coatings to maximize transmission.   - Anti-glare finishes.   - Tinted or neutral density substrates/ interlayers to improve contrast.   - Transparent conductive coatings for static dissipation or electromagnetic  shielding.   - Micro-fine mesh for electromagnetic shielding.   - Circular polarizers to enhance contrast.   - Transparent conductive coatings or wire heating filters for de-misting or de-  icing.   - Infra-red coatings to eliminate solar gain.   - Louvered filters for privacy viewing.   - Screen printing.   - Thermally tempered or chemically strengthened glass for enhanced impact  resistance. Performance Characteristics Spectral Optical transmission,  absorption and reflectivity are determined by the characteristics and color of the  composite, open area of the mesh screen and coatings applied to the composite  surface.   Typical transmissions curves are available on request.   Durability OPTICAL FILTERS have been subjected to environmental tests  including temperature and humidity cycling, thermal shock and vibration.   No evidence of discoloration, delamination, shock abrasion or fungal growth has  been observed. For recommended operating and storage temperatures   please contact the Technical Sales Department.   Material Specification Substrates Glass Standard annealed glass is supplied as  per BS EN 572 Parts 1 & 2 (1995). Special optical glasses can also be  laminated.   For applications where high impact resistance is required, heat strengthened or  chemical strengthened glass can be supplied.   Acrylic Supplied as per BS EN ISO 7823 Parts 1 & 2.A wide range of colors are  available designed to meet the various types of displays.   Polycarbonate Supplied as per BS EN ISO 11963 (1996).   Surface Finishes Surface finishes are used to improve the durability of the  optical substrates and to control surface reflections.   ZYTRONIC’s optical finishes include clear hard coatings, diffuse antireflection  hard coatings and anti-reflection coatings.   Diffuse Finishes Glass is supplied with a range of diffuse etches, characterized  by gloss level including a high resolution etch.   Typical etches are 75 ± 15 and 90, 120 and 140 ± 10 gloss units.   The gloss is measured using a Novogloss meter or equivalent at 60° angle of  incidence. Polycarbonate is available with a clear hard coat anti-scratch coating  or diffuse coating.   The gloss levels include 90, 60, 40 and 12 ± 10 gloss units respectively. Cast  acrylic can be supplied with a diffuse etch hard coat with gloss levels of 80, 60  and 40 ± 10 gloss units respectively.  Extruded acrylic is supplied with a 140 gloss unit etch. Anti-Reflection Coatings  Glass (I) Robust ZAR anti-reflection coating is specified for external applications  and complies with all the rugged environmental requirements as stipulated in  BS ISO 9211-4 (1996), BS 9022- 2 (1994) E-tables 3 and 5 and BS 2011 (1982)  Section 4.2, 5.2 and 6.2, achieving resistance over 200 abrasion strokes. (II)  Standard anti-reflection coating supplied complies with:   - MIL-C - 675A/B - MIL-C - 48497 - MIL-E – 12397B and MIL-STD-810C  Polycarbonate and Acrylic Standard anti-reflection coatings are available on  both   polycarbonate and acrylic.   Transparent Conductive Coatings Indium tin oxide coatings, produced by  vacuum deposition, are available with resistivity ranging from 5½ to 300½.   The coatings offer high light transmission and good electromagnetic/radio-  frequency shielding and electrostatic dissipative properties.  Circular Polarizers A filter combining a linear polarizer with a quarter wave  retarding filter results in the exclusion of the reflected light from the reflective  surface.   The linear polarizer maximizes the light output from the display whilst the  quarter wave retarder prevents the reflected light from passing back through the  polarizer.   Louvred Privacy Filters A unique micro-louvered filter, where the transmitted  light in excess of a pre-determined angle of incidence nominally 30° or 24° off  axis is fully occluded offering the user complete privacy and contrast  enhancement whilst viewing the display in highly illuminated environments.   Infra-Red Reflective Filters A filter incorporating an IR reflecting medium,  reflecting more than 50% of the invisible IR, whilst transmitting more than 70%  of the visible light. The IR reflecting medium can be included with various  contrast enhancing substrates or interlayers.   Filter Sizes and Tolerance A wide range of sizes are available please contact  the Technical Sales Department to discuss your specific requirements.  © Iberhermes 2017 inform@iberhermes.com Terms and Conditions  /  Privacy Police